A biohybrid dye-sensitized solar cell (DSSC) will be constructed using a Photosystem I and blackcurrant anthocyanin TiO2 nanoparticle photosensitizing layer, an electron recombination reducing gel polymer electrolyte (GPE) using chitosan-derivatives, and a counter electrode catalytic platinum layer. Materials processing and production is achievable by utilizing an aquaponics system, a reciprocal process in which aquatic organisms supplement nutrients for the production of soybean and black currant Photosystem 1 and anthocyanins. Characterization and performance of the biohybrid DSSC model will be assessed by acquiring preliminary knowledge of the following parameters: JSC (mA/cm2), VOC (mV), FF, and efficiency (%). Future parameters for evaluation potentially include EQE and integrated reflectance. The engineering goal is to achieve an efficiency value of 15% and improve the value from there by experimenting with varying layer thickness, nanoparticle sizes and shapes, and extraction techniques for photosensitizers.